SAGA Metals Announces Additional Assay Results from Drilling at Trapper North, Confirming High-Grade Mineralization at Radar Critical Minerals Project in Labrador
Labrador Discovery Gains Momentum as Trapper Zone Assays Confirm Large-Scale Critical Mineral Potential

The news release dated January 16, 2026, reports additional high-grade assay results from the Q4 2025 drilling program at the Trapper North target within the Radar Ti-V-Fe Project in Labrador. Highlights include hole R-0010, which intersected 135.5 meters grading 50.0% Fe2O3, 7.87% TiO2, and 0.35% V2O5. Another hole, R-0011, returned 95.15 meters of 39.4% Fe2O3 and 6.49% TiO2. These results confirm the continuity of mineralization along the northern limb of the system. Concurrently, the company is mobilizing for a 2026 drill campaign consisting of approximately 7,500 meters (30 holes) to support a maiden Mineral Resource Estimate (MRE).
- Grade Improvement: The most recent results from the Trapper Zone (7-10% TiO2) represent a significant step up in grade compared to the 2025 maiden program at the Hawkeye Zone, which typically saw grades in the 4-5% TiO2 range. This suggests the project has a higher-grade core than initially identified.
- Scale and Continuity: Intercepts exceeding 100 meters in thickness confirm that the Dykes River intrusive complex hosts a massive oxide system. The validation of a 3km strike length at Trapper within a broader 20km trend suggests district-scale potential.
- Path to Resource: The shift from "discovery" to "resource definition" is material. The company is now actively drilling for an MRE, which is the primary value driver for junior explorers.
- Strategic Positioning: The focus on Titanium and Vanadium aligns with North American "critical mineral" initiatives, potentially opening doors for non-dilutive government funding or strategic partnerships.
SAGA Metals is exploring the Radar Ti-V-Fe Project in southeastern Labrador. The project covers the 160 sq km Dykes River intrusive complex. The deposit type is a layered mafic intrusion, similar to the world-class Panzhihua deposit in China. The project benefits from its location just 10km from the deep-water port of Cartwright, providing a massive infrastructure advantage over other Labrador projects.